Feasibility study of adopting green materials in construction by stake holder‘s perception using ANOVA based quantitative analysis technique

Abstract

Due to industrial practices and infrastructure-related activities, environmental issues are becoming more prevalent on a global scale. As a result, efforts to identify and develop environmentally friendly materials and technologies are picking up steam. The future of construction calls for environmentally friendly, readily available, robust, maintainable, and adaptable building materials. When it comes to building construction, it's common to use green materials because they have many or all of these characteristics: Fire Resistant; Lightweight; Economical; High Quality; Earthquake Resistant; Low Carbon Footprints; Fast Installation; and so on. As a solution to this problem, a research effort was launched with some materials, including Plastics Waste, Marble Dust, Fly Ash and LTC-Light Transmitting Concrete and their own associated parameters. In the first stage of the investigation, a questionnaire was distributed to diverse participants in order to learn about their perspectives on environmentally friendly materials. There was a large-scale questionnaire survey, as well as ANOVA-based quantitative analysis, that were performed on the data. Respondents are more likely to use materials such as GFRG panels, plastic waste, AAC blocks, and fly ash, among others, because of their familiarity with these options. To achieve sustainable development in building construction, it is possible to use green materials that are readily available in the market at a lower cost and with a high degree of workability, according to the findings of the study.